A unified causal framework explains planetary cores' origins in cosmic evolution, suggesting new insights.
A Unified Causal Framework for Cosmic Evolution: From Primordial Particles to Planetary Genesis. The ESEN (Elemental Stellar-Engine Nucleosynthesis) framework challenges traditional cosmological models by presenting a strictly deterministic, mechanical chain of causality for the universe. Rejecting the mathematical singularity and the "void" of space, this paper introduces the Primordial Particle Matrix as the physical substrate of all matter. Key highlights include the Core Projection Hypothesis, which identifies planetary cores as ejected solar plasma fragments from binary stellar mergers, and the Relativistic Metronome Effect, explaining how a star’s rotational stability dictates planetary synchronization and the emergence of life. Finally, the framework redefines Black Holes as terminal states of hyper-compressed matter, replacing the singularity with a physical Geometric Density Limit. Originally conceptualized in 1999 by K. Kaan Yurdakul, this work provides a cohesive, mechanical explanation for the energy paradox of planetary cores and the structural architecture of the cosmos.
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Yurdakul et al. (1999) studied this question.
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